SPHELAR® EIPV series

Enables Electronics Integrated Photovoltaic (EIPV) products. This series consists of Sphelar Array F12, compact but relatively high power PV modules; Sphelar One, a single spherical cell molded in a plastic case easy to handle; and Sphelar Dome / Mini Dome, designed for outdoor sensing and wireless devices.

Sphelar Array F12

Small, efficient and easy to design. Based on Sphelar® technology, Sphelar Power provides small-sized solar modules, inspiring part of an eco-friendly life. Six different voltage choices are offered which range from 0.48 to 6 (Vpm).

Sphelar Array F12
Model No. Maximum
Power
Pmax
(mW)
Maximum
Power
Voltage
Vpm
(V)
Maximum
Power
Current
Ipm
(mA)
L x W x T Package Applications
KSP-F12-1S12P-W1-X 13.5 0.48 28.0 24×9.5×5.1 concentrating
polycarbonate
case

•6 types of a series of 12 parallels to a parallel of 12 series

•Relatively high voltage in its compact size

Independent power supplies for the IC chips and sensors of low-power type
KSP-F12-2S6P-W1-X 13.5 0.97 14.0 24×9.5×5.1
KSP-F12-3S4P-W1-X 13.5 1.46 9.2 24×9.5×5.1
KSP-F12-4S3P-W1-X 13.5 1.95 6.9 24×9.5×5.1
KSP-F12-6S2P-W1-X 13.5 2.97 4.5 24×9.5×5.1
KSP-F12-12S1P-W1-X 13.5 6.00 2.2 24×9.5×5.1

Sphelar One

A spherical micro solar cell molded in a plastic case. This set reflects the feature of Sphelar® cell that captures the light from all directions.

Sphelar One
Model No. Maximum
Power
Pmax
(mW)
Maximum
Power
Voltage
Vpm
(V)
Maximum
Power
Current
Ipm
(mA)
L x W x T Package Applications
KSP-OC-1830MR-ER-X03 0.60 0.481 1.25 φ3×5.3 φ3 plastic mold

•In Sphelar® products, spherical cells encapsulated by plastic molding

•uitable for prototype development of Sphelar® cells integraded photovoltaic modules

•Wide viewing angle (Light reception from all directions)

KSP-OC-1850MR-ER-X01 0.66 0.484 1.38 φ5×7.7 φ5 plastic mold
KSP-OC-1850MR-ER-FL01 0.66 0.484 1.38 φ5×7.5 φ5 plastic mold
without fringe

Sphelar Cylinder

Compact module designed by series connection of the required number of cells (required voltage) and resin molded. High power generation is demonstrated with minimum footprint. Standard line up from 1 series to 10 series (Optionally, even higher voltage is supported). In addition, it is possible to obtain the required current by using multiple in parallel.

Sphelar Cylinder
Model No. Maximum
Power
Pmax
(mW)
Maximum
Power
Voltage
Vpm
(V)
Maximum
Power
Current
Ipm
(mA)
L x W x T Package Applications
KSP-CY-01S01P‐SA-X 0.49 0.49 1 φ3.2×9.3 Epoxy resin package •Power module for small Power equipment
•Power module for electrolysis of water
KSP-CY-02S01P‐SA-X 0.98 0.98 1 φ3.2×11.0
KSP-CY-03S01P‐SA-X 1.47 1.47 1 φ3.2×12.6
KSP-CY-04S01P‐SA-X 1.96 1.96 1 φ3.2×14.3
KSP-CY-05S01P‐SA-X 2.45 2.45 1 φ3.2×15.7
KSP-CY-06S01P‐SA-X 2.94 2.94 1 φ3.2×17.6
KSP-CY-07S01P‐SA-X 3.43 3.43 1 φ3.2×19.3
KSP-CY-08S01P‐SA-X 3.92 3.92 1 φ3.2×20.9
KSP-CY-09S01P‐SA-X 4.41 4.41 1 φ3.2×22.6
KSP-CY-10S01P‐SA-X 4.90 4.90 1 φ3.2×14.4

Sphelar® Belt Cylinder(SBC) Module

It has a structure in which the Sphelar belt has a cylinder structure and is sealed in acrylic resin. In addition, the directivity is greatly reduced by the upper spherical lens structure, so light can be received at a wide angle. As a result, the power generation is higher than that of the flat module with the same output. It is highly resistant to dirt and snow, and is expected to be used for power supply to sensor network devices and other products with high design.

スフェラー®ベルトシリンダー(SBC)モジュール

SBC Module(Left: from top, right: from side)

The SBC module (Pmax = 251mW) is expected to generate power equivalent to Pmax = 702mW of a conventional flat plate solar cell (45 ° southward).
形名 Isc
(mA)
Voc
(V)
Pmax
(mW)
Vpm
(V)
Ipm
(mA)
Size
(mm)
Mass
(g)
Package
SBC Module 54.7 5.78 251 4.94 50.9 Φ61.5~77
95.3(H)
390 Acrylate
Resin
PAGE TOP